METHOD AND APPARATUS FOR DEFINING A DEEP FILTER Russian patent published in 2023 - IPC G10L21/272 G06N3/02 

Abstract RU 2788939 C1

FIELD: computing technology.

SUBSTANCE: invention relates to the field of computing technology for processing audio data. The technical result is achieved by defining a deep filter in at least one dimension, involving the stages of: receiving a mixture; assessing a deep filter using a deep neural network; wherein the assessment is performed so that the deep filter receives estimates of the corresponding elements of the required representation when applied to elements of the mixture; wherein the deep filter is created by setting the filter structure with filter variables for a deep filter in at least one dimension and training of a deep neural network, wherein the training is conducted using the mean square error (MSE) between the reference data and the required representation, and minimising the mean square error or the error function between the reference data and the required representation; wherein the deep filter is at least unidimensional and comprises a uni- or a multidimensional tensor with elements (sx, y).

EFFECT: possibility of extracting and/or reconstructing a signal under unfavourable conditions of packet loss or unknown interference.

22 cl, 7 dwg

Similar patents RU2788939C1

Title Year Author Number
METHOD AND DEVICE FOR IMPROVING SPEECH SIGNAL USING FAST FOURIER CONVOLUTION 2022
  • Shchekotov Ivan Sergeevich
  • Andreev Pavel Konstantinovich
  • Alanov Aibek Arstanbekovich
  • Ivanov Oleg Yurievich
  • Vetrov Dmitry Petrovich
RU2795573C1
APPARATUS AND METHOD OF RECONSTRUCTING PHASE INFORMATION USING STRUCTURAL TENSOR ON SPECTROGRAMS 2017
  • Niedermeier, Andreas
  • Fueg, Richard
  • Disch, Sascha
RU2714579C1
DEVICE, METHOD, OR COMPUTER PROGRAM FOR GENERATING AN EXTENDED-BAND AUDIO SIGNAL USING A NEURAL NETWORK PROCESSOR 2018
  • Schmidt, Konstantin
  • Uhle, Christian
  • Edler, Bernd
RU2745298C1
METHOD AND APPARATUS FOR PROCESSING AUDIO SIGNAL FOR SPEECH ENHANCEMENT USING REQUIRED FEATURE EXTRACTION FUNCTION 2009
  • Ule Kristian
  • Khellmut Oliver
  • Grill Bernkhard
  • Ridderbush Falko
RU2507608C2
APPARATUS AND METHOD FOR ISOLATING SOURCES USING SOUND QUALITY ASSESSMENT AND CONTROL 2019
  • Uhle, Christian
  • Torcoli, Matteo
  • Disch, Sascha
  • Paulus, Jouni
  • Herre, Jurgen
  • Hellmuth, Oliver
  • Fuchs, Harald
RU2782364C1
AUDIO DECODER, DEVICE FOR DETERMINING SET OF VALUES SETTING FILTER CHARACTERISTICS, METHODS FOR PROVIDING DECODED AUDIO REPRESENTATION, METHODS FOR DETERMINING SET OF VALUES SETTING FILTER CHARACTERISTICS, AND COMPUTER SOFTWARE 2020
  • Fuchs, Guillaume
  • Korse, Srikanth
  • Ravelli, Emmanuel
RU2803449C2
DEVICE AND METHOD FOR AUDIO SIGNAL PROCESSING TO OBTAIN A PROCESSED AUDIO SIGNAL USING A TARGET ENVELOPE IN A TEMPORAL AREA 2016
  • Dittmar, Christian
  • Mueller, Meinard
  • Disch, Sascha
RU2679254C1
APPARATUS AND METHOD FOR HARMONIC/PERCUSSION/RESIDUAL SOUND SEPARATION USING STRUCTURAL TENSOR ON SPECTROGRAMS 2017
  • Niedermeier, Andreas
  • Fueg, Richard
  • Disch, Sascha
  • Mueller, Meinard
  • Driedger, Jonathan
RU2712652C1
AUDIO OBJECT SEPARATION FROM MIXTURE SIGNAL USING OBJECT-SPECIFIC TIME/FREQUENCY RESOLUTIONS 2014
  • Dish, Sasha
  • Paulus, Jouni
  • Kastner, Torsten
RU2646375C2
UNCONTROLLED VOICE RESTORATION USING UNCONDITIONED DIFFUSION MODEL WITHOUT TEACHER 2023
  • Andreev Pavel Konstantinovich
  • Iashchenko Anastasia Sergeevna
  • Shchekotov Ivan Sergeevich
  • Babaev Nicholas Andrew
RU2823017C1

RU 2 788 939 C1

Authors

Habets, Emanuel

Mack, Wolfgang

Dates

2023-01-26Published

2020-04-15Filed